The homemade hand sanitizer has different methods in production and there are many resources on the internet where you can learn how to make one. Notwithstanding, that does not guarantee you will make a good one unless you find a resource approved by the World health organization.
Sanitizer is a chemical substance use in cleaning dirt and gems on surfaces in other to maintain a healthy lifestyle.
However, a good homemade hand sanitizer has an approved method required for global acceptability.
Shopping items in a chemical shop to mix a sanitizer does not make your hand sanitizer a better or an approved one unless a health expert guide you on how to make a good and working sanitizer.
Soon we are going to find out a proper way of making hand sanitizer and this will help you in your home and businesses.
Making a hand sanitizer that works is not a science rocket, anyone with good skills can make one at home.
In the COVID-19 pandemic, Supermarkets and stores are running out of hand sanitizer and buying one at a local market may not guarantee a quality one.
However, here in Isihealthone.com, we will help you make a hand sanitizer that meets standards and approved by the world health organization.
Above all, it will take you just a few hours to learn how to make a good sanitizer that kills germs, dirt, and bacteria on surfaces.
Reagents Required for Making your Hand Sanitizer
Before making moves in your hand sanitizer production, some reagents will be needed. Visit a chemical shop or grocery shop to shop for the reagents specified below:
- Sterile distilled or boiled cold water
- Glycerol 98%
- Ethanol 96%
- Hydrogen peroxide 3%
Materials for Making Hand Sanitizer
If you have purchased reagents required in making hand sanitizer, you can head over to get materials involved in the production process. The materials required are as follows:
- An alcoholmeter
- Wooden, plastic or metal paddles for mixing
- Measuring cylinders and measuring jugs
- 10-liter glass or plastic bottles with screw-threaded stoppers
- 100 ml plastic bottles with leak-proof tops
- Plastic or metal funnel
- 500 ml glass or plastic bottles with screw tops. Learning how to make homemade sanitizer will become easier as master this method at the end of our practical guide. Now proceed to follow the steps below:
Steps to Follow in Making an Approved Homemade Sanitizer after Getting your Materials and Reagents
- The first step is to pour the alcohol to be use in the large bottle. Do not shake; simply allow the alcohol in the bottle.
- After that, use the measuring cylinder pour hydrogen peroxide into the alcohol settled in a bottle.
- Add your Glycerol using a measuring cylinder together with a solution of alcohol and hydrogen.
- Nevertheless, proceed and add sterile distilled cold boiled water into the solution.
- Again, ensure the bottle screw cap or cover is immediately close after preparation, in order to avoid evaporation.
- Additionally, proceed and mix the entire solution gently where possible to mix appropriately.
- In addition, simply divide up the solution into your desired containers such as 100ml or 500 ml plastic bottles and place it in quarantine for a period of seventy-two (72) hours before use.
- This is very important because it allows any spores available in the alcohol or the bottle to immediately destroy.
Hand sanitizer is highly recommended for use, especially when soap and water aren’t available. Alcohol-based hand sanitizers are the approved hand sanitizer by WHO.
It helps prevent the spread of germs, keep you safe and reduce the spread of the coronavirus. If you are having a challenge finding hand sanitizer at your local stores and handwashing isn’t available.
All you need is to take a step to make your own hand sanitizer. Just follow the step by step method we have provided above.
You only need a few ingredients, such as rubbing alcohol, aloe vera gel, and an essential oil or lemon juice.
Although hand sanitizers can be an effective way of getting rid of germs, health authorities still recommend handwashing whenever possible to keep your hands free of disease-causing viruses and other germs.